Intelligent scheduling elevator and elevator waiting method of intelligent scheduling elevator

Abstract

The invention discloses an intelligent scheduling elevator and an elevator waiting method of the intelligent scheduling elevator. The intelligent scheduling elevator comprises an elevator master control device, a monitoring device and a data processing device. The elevator waiting method of the intelligent scheduling elevator includes the steps that the elevator master control device and the monitoring device collect data of the floor stopping frequency and stopping time points, or accurately collect data of the floor stopping frequency, person inlet-outlet conditions and the stopping time points, the data processing device processes the collected data to generate a going-out rule of a part of passengers taking the elevator or an operation rule of the elevator and generates an elevator waiting priority according to the rule, and the elevator master control device controls the elevator waiting floor which the elevator reaches according to the elevator waiting priority to conduct elevator waiting. The intelligent scheduling elevator and the elevator waiting method have the advantages that the elevator waiting floor of the elevator is automatically and actively determined in a user-friendly mode, the mechanical and stiff mode that an existing elevator returns to a base station to carry out elevator waiting is changed, the elevator waiting time of a user is shortened, and elevator operating energy consumption is reduced.

Description

technical field [0001] The invention relates to an elevator and a running method thereof, in particular to an elevator with or without a detection device and an elevator running method capable of intelligent standby. Background technique [0002] The existing elevator waiting control methods are divided into two types: single elevator and multi-elevator. After the single elevator is transported, it will stop at the last operating floor. If no one calls for a period of time (a few minutes), it will automatically run to the set The waiting floors (most of them are the 1st floor). The waiting mode of multi-elevator operation directly adopts the control mode of single elevator, that is, the waiting floors of all elevators will be preset in the controller, and they are all on the same floor (usually the first floor); It is pre-set in the controller to evenly distribute the floors to be escalated. [0003] The disadvantages of the prior art are: whether it is a single elevator o...

AI Technical Summary

Problems solved by technology

[0003] The disadvantages of the prior art are: whether it is a single elevator or multiple elevators, it is obvious that the defect of waiting on the same floor to wait for elevators is obvious, which increases the waiting time of the user and increases the operating cost of the elevator (elevator no-load running state and full-load running state). state is the running state with the largest power consumption of the elevator)

The former characteristic of this ideal model itself is difficult to satisfy, and it is difficult to evenly distribute the residents on each floor, while the latter characteristic is basically impossible to satisfy, and the travel probabilities of building occupants cannot be exactly the same

To sum up, the defect of the prior art is that it is impossible to accurately determine the waiting floor of the elevator so as to minimize the user's waiting time and save energy.

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